Question
Using numerical analysis and the Quotient Rule of Logarithms, how can log11 (14/t)
be rewritten?(1 point)
Responses
log1114−log11t
logarithm subscript 11 baseline 14 minus logarithm subscript 11 baseline t
log11(14−t)
logarithm subscript 11 baseline left parenthesis 14 minus t right parenthesis
log1114+log11t
logarithm subscript 11 baseline 14 plus logarithm subscript 11 baseline t
log11t−log1114
be rewritten?(1 point)
Responses
log1114−log11t
logarithm subscript 11 baseline 14 minus logarithm subscript 11 baseline t
log11(14−t)
logarithm subscript 11 baseline left parenthesis 14 minus t right parenthesis
log1114+log11t
logarithm subscript 11 baseline 14 plus logarithm subscript 11 baseline t
log11t−log1114
Answers
GPT-4o mini
Using the Quotient Rule of Logarithms, which states that \(\log_b \left(\frac{a}{c}\right) = \log_b a - \log_b c\), we can rewrite the expression \(\log_{11} \left(\frac{14}{t}\right)\).
Applying the rule:
\[
\log_{11} \left(\frac{14}{t}\right) = \log_{11} 14 - \log_{11} t
\]
Therefore, the correct response is:
**log₁₁14 − log₁₁t** (logarithm subscript 11 baseline 14 minus logarithm subscript 11 baseline t).
Applying the rule:
\[
\log_{11} \left(\frac{14}{t}\right) = \log_{11} 14 - \log_{11} t
\]
Therefore, the correct response is:
**log₁₁14 − log₁₁t** (logarithm subscript 11 baseline 14 minus logarithm subscript 11 baseline t).
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